AI 生成イラスト
Change lang

Arduino uno

An Arduino Uno board connected to a coffee maker. The coffee maker is in the process of brewing a fresh cup of coffee. There are visible steam clouds rising from the coffee maker. The Arduino Uno displays flashing LED lights, indicating active status. The coffee pot is filled with dark, rich coffee, and a coffee filter is in place. The scene is set in a modern kitchen with a clean countertop.An Arduino Uno is on a wooden table, connected to a set of black speakers with wires. The Arduino board is powered and displays blinking LED lights in various colors. The speakers are positioned on either side of the Arduino, with soundwaves visually represented in the air around them. A smartphone is nearby, displaying a music app with a vibrant interface. Various electronic music notes and symbols are illustrated in the air, emanating from the speakers. The scene is illuminated with a soft glow, highlighting the tech setup.A 3D printer is actively printing a small object on its build platform. The printer features a frame made of metal rods and transparent plastic panels, showcasing the inner mechanisms. An Arduino Uno is mounted on a shelf beside the printer, with connecting wires leading towards the printer's control board. The extruder nozzle is moving along the X, Y, and Z axes, depositing layers of material in a precise manner. Beneath the printer, there is a spool of filament prepared for use, and a computer screen nearby displays the printing progress and settings. The environment has a workbench cluttered with tools and printed prototypes scattered around.An Arduino Uno positioned on a table, connected to a series of vibrant party lights. The lights are suspended above, casting a colorful glow across the backyard. The scene includes various shades of red, blue, green, and yellow lights, creating a festive atmosphere. The Arduino is visible, with wires leading to the lights, demonstrating its role in controlling their patterns and colors. The backyard is decorated with additional elements like chairs and decorations that complement the lively setting.A research lab table is filled with scientific equipment and tools. In the center, there is an Arduino Uno connected to multiple devices through thin wires. Surrounding the Arduino, there are several glass beakers filled with liquid and labeled with measurement markings. To the left of the table, there is a digital multimeter displaying measurements. A microscope is positioned to the right, with a sample slide in place. Papers with handwritten notes and diagrams are scattered across the table, adding to the busy atmosphere of the lab.A small drone powered by an Arduino Uno is flying above a grassy field. The drone features four propellers and a compact rectangular body. Below it, the grassy field is dotted with wildflowers, which add texture to the scene. The drone's camera is pointed downward, capturing images of the landscape below. In the background, there are a few scattered trees bordering the field, providing a sense of depth to the view. The sky above is clear, emphasizing the drone's flight path.A student sitting at a wooden desk focused on programming an Arduino Uno connected to a laptop. The student has short black hair and is wearing a blue hoodie. The desk is cluttered with various electronic components, including jumper wires, a breadboard, and resistors. The laptop screen displays lines of code related to the programming project. A small desk lamp provides light over the workspace, casting soft shadows on the desk. There's a notepad with handwritten notes beside the laptop.A rooftop features a DIY weather station setup with an Arduino Uno at the center. The Arduino is connected to several sensors, including a temperature sensor, a humidity sensor, and a barometer. Wires snake between the components, creating a network of technology. The station is mounted on a sturdy wooden platform, with a small solar panel positioned nearby to provide power. In the background, there are rooftops of nearby buildings and a clear blue sky. A gentle breeze causes some loose wires to sway slightly.A cluttered workbench is filled with various electronic components and tools. In the center, an "Arduino Uno" board is prominently displayed, surrounded by a multitude of colorful wires and connectors. Small electronic components such as resistors and capacitors are scattered around, along with a pair of scissors and a screwdriver. A roll of tape lies beside a notepad filled with handwritten notes. The surface of the workbench is made of dark wood, and there is a warm light illuminating the scene from above, creating soft shadows across the various items.An Arduino Uno board is placed on a wooden table in the foreground, with connected jumper wires leading to various sensors. The board is surrounded by small pots of soil, where green plants are growing. In the background, a drip irrigation setup is visible, consisting of clear plastic tubing running from a water reservoir to the pots. Water is dripping from the ends of the tubing, providing moisture to the plants. A bright sunlight is casting soft shadows, enhancing the details of the setup. There are small labels next to each plant indicating their names.A smart home setup featuring an Arduino Uno at the center of the configuration. The Arduino Uno is positioned on a table, with various wires connected to it. There are green LED lights installed in the ceiling, illuminating the room. A digital temperature sensor is mounted on the wall, displaying the current temperature on a small screen. Nearby, there are light switches and a small fan that is part of the system, all connected to the Arduino. The overall scene illustrates the integration of technology into home automation.An Arduino Uno is positioned on a workbench, with its USB cable connected. Surrounding it are multiple LED strips arranged in a semi-circle, each strip displaying vibrant colors. The LED strips are connected to the Arduino via various wires. A small breadboard is placed nearby, with jumper wires connecting to the LEDs. The scene includes a digital display showing a pattern of synchronized flashing lights. Behind the setup, there are tools like a soldering iron and scissors, enhancing the electronics workshop atmosphere.An Arduino Uno is positioned on a workstation, connected to a digital clock. The clock features a rectangular display with various numbers and symbols showing the time. The display is illuminated, showcasing the time in a clear format. On the Arduino Uno, there are several jumper wires connected to the clock, indicating an active power connection. Surrounding the setup, there are small electronic components such as resistors, capacitors, and a breadboard, contributing to the overall scene of a technology project in progress.An "Arduino Uno" positioned at the center of a small automated garden. The board is connected to various "moisture sensors" placed in the soil, indicating different moisture levels. There are "sprinklers" strategically placed throughout the garden, ready to deliver water to the plants. Surrounding the Arduino are "small potted plants" of various types, showcasing vibrant greenery. Wires run from the Arduino to the sensors and sprinklers, illustrating the connections. The overall scene is organized and functional, emphasizing the role of technology in gardening.A simple robot built using an "Arduino Uno" is navigating a maze. The robot is compact, with a shiny metallic body, two small wheels for movement, and a sensor array on the front. The maze consists of white walls forming a complex path with sharp turns. The floor of the maze is a light gray. The robot is currently at a junction, with one wheel slightly raised as it prepares to turn left. Small LED lights on the robot's body are glowing, indicating its active status. The maze backdrop features subtle shadows to enhance depth and dimension.A wearable health monitor is designed as a wristband. The band is sleek and modern, featuring a compact Arduino Uno board secured on the underside. The top side of the monitor displays a small screen showing various vital signs such as heart rate, temperature, and blood pressure with clear numerical readouts. The screen has an illuminated green outline that highlights the data. The wristband is adjustable, made of a flexible material, and has a couple of buttons on the side for user interaction. The background is minimal, focusing attention on the health monitor and its functions.A tabletop setup featuring an "Arduino Uno" board positioned at the center. Connected to the board is a "light sensor" with a visible sensor head, sensing light in its environment. Next to the Arduino is a "small LCD display," showcasing numerical readings related to light intensity. Wires from the light sensor and display are neatly organized and plugged into the Arduino, emphasizing the connections between the components. The background is uncluttered to highlight the electronics.An Arduino Uno board with colorful LED lights attached. The LEDs are glowing in vibrant hues, pulsing and flashing in sync with an unseen rhythm. Wires connect the board to each LED, showcasing their arrangement. The background is a subtle blur, emphasizing the dynamic interaction between the board and the lights.A friendly robot with a metallic silver body and an Arduino Uno head is following a child. The robot has large, expressive eyes that display a warm blue glow. The robot's arms are articulated and are outstretched slightly as it moves. The child is a young girl with curly brown hair, wearing a bright yellow dress. She is running joyfully with a wide smile on her face, looking back at the robot. The background features a grassy park with colorful flowers and a clear blue sky, enhancing the cheerful atmosphere of the scene.An Arduino Uno is placed at the center of a table, surrounded by various electronic components. Colorful LED lights are connected to the Arduino and are illuminating the area with vibrant patterns. The LED patterns display a series of swirling blues, greens, reds, and yellows, creating an engaging light show. Some wires are neatly organized while others seem to cascade around the setup. Nearby, there are small circuit boards and tools, such as a screwdriver and wire cutters, enhancing the technical aspect of the installation. The background is softly lit, emphasizing the bright colors of the LEDs.An Arduino Uno board with a display screen, connected to various sensors. The setup includes temperature and humidity sensors positioned near a beehive. Wires lead from the Arduino to the sensors, and there are visual indicators showing the status of the hive. The beehive is wooden with visible frames and bees buzzing around it. The background features a green garden setting with sunlight filtering through the trees.A vibrant park scene is set for a treasure hunt game. In the center, a group of children with diverse appearances is gathered around a picnic table, examining a treasure map with various symbols and markings. Scattered on the table are small colorful envelopes containing clues. One child is holding a bright red Arduino Uno board, showcasing its lights flashing as it operates. Nearby, a wooden signpost points to different locations within the park, labeled with playful names. The background features tall green trees, blooming flowers, and a clear blue sky, creating an inviting environment for the adventure. In the distance, a winding path leads towards a gazebo where another clue is hidden.A robotic arm is positioned on a sturdy workbench, its metallic components gleaming under an overhead light. The arm features multiple joints and segments, showcasing its range of motion. An Arduino Uno board is mounted securely on the base of the arm, with wires connecting it to the various motors and sensors. The arm is grasping a small object, such as a cube or a cylinder, demonstrating its capability to lift and manipulate items. Nearby, there are additional small objects arranged in a neat row, ready for the robotic arm to pick them up. The background is plain, emphasizing the functionality of the robotic arm and its control system.A 3D icon of an "Arduino Uno" microcontroller positioned prominently at the center. The microcontroller has multiple pins and a glowing LED light indicating activity. Next to the Arduino, there is a sleek, modern "automatic pet feeder" with a transparent food container filled with kibble. The feeder has a dispensing mechanism that shows food being released into a bowl below. The bowl is shiny and reflects light, while a few pieces of kibble are shown in mid-air, illustrating the dispensing action. The background includes subtle hints of pet accessories, like a collar and a toy, to indicate the pet feeder's purpose.An Arduino Uno board is positioned in the center of the image, with its blue LEDs glowing brightly in the dark. The board is detailed, showcasing its various components such as the microcontroller, input/output pins, and the USB connection. Surrounding the Arduino Uno are several small, colorful LEDs in vibrant hues of red, green, and yellow, also illuminated. The background is deep black, enhancing the glow of the LEDs and creating a striking contrast. A faint outline of the board's design is visible, adding to the overall focus on the glowing elements.A modern pastel illustration of a home security system setup. The focus is on an "Arduino Uno" board prominently displayed in the center of the image. Surrounding the board are multiple "security cameras" mounted on walls, each with a small green light indicating they are active. In one corner, there is a "siren" with sound waves emanating from it, symbolizing alerts. Various "cables" connect the components, adding to the technological look. The background features a stylized house outline, emphasizing the home security theme.A car's dashboard featuring an "Arduino Uno" mounted securely within it. The Arduino board displays various data on a small screen, highlighting sensor readings such as speed, fuel level, and temperature. There are additional gauges, including a speedometer and a fuel gauge, positioned alongside the screen. The dashboard has sleek, modern buttons and dials, all in a pastel color scheme. The overall layout is clean and organized, with visible wiring connecting the Arduino to other dashboard components.A cubic structure made of multiple small LED panels. Each panel is illuminated with vibrant colors, showcasing dynamic light patterns. The cube has an Arduino Uno at its center, with wires connecting it to the LED panels. The structure is suspended in mid-air, allowing for a clear view of the patterns as they change. The arrangement emphasizes the geometric shape of the cube, with some LEDs glowing brightly while others are dimmer, creating a contrast.A robot with a metallic body and a flexible Arduino Uno arm is positioned in front of a large blank canvas. The arm is extended forward, holding a paintbrush that is poised to make a stroke. The robot has glowing blue eyes and is standing on a sturdy base, with wires connecting it to a nearby power source. The canvas is placed on an easel, and there are various paint tubes and palettes scattered on the floor around the robot. A colorful splash of paint is visible on one side of the canvas, indicating the beginning of its artwork. The background includes a simple workshop setting with shelves filled with tools and art supplies.A miniature cityscape featuring detailed buildings made from colorful materials. The scene includes an Arduino Uno controlling the setup, with tiny moving cars navigating the streets. Lights on the buildings and streetlamps emit various colors, illuminating the scene. The cityscape is organized with a grid layout, showcasing roads, sidewalks, and green spaces interspersed throughout.
コミュニティ内で何も見つかりませんでした
生成結果